(Discontinued) NC1243 Incoloy 825 (Alloy 825, UNS N08825) Flange

Alloy 825 Flange UNS N08825 Description

Alloy 825 Flange UNS N08825 is manufactured from a nickel-based alloy formulation incorporating controlled levels of chromium, molybdenum, and copper. This component meets the UNS N08825 standard, ensuring compatibility with standardised piping systems. Its engineered dimensions facilitate secure bolting and gasket seating under pressure, while the alloy's chemical stability counters corrosive degradation in industrial environments.

Alloy 825 Flange UNS N08825 Characteristics

Chemical Composition Wt%

*The above product information is based on theoretical data and is for reference only. Actual specifications may vary.

Alloy 825 Flange UNS N08825 Applications

Industrial Applications
- Used as a bolted flange in piping systems to achieve leak-free connections by utilising its controlled alloy composition.
- Applied as a joining component in process equipment to achieve secure sealing by utilising its stable mechanical properties.

Chemical Processing
- Used as a connecting element in chemical reactors to achieve a durable junction by utilising the alloy's resistance to corrosion.
- Serves as a flange in acidic or basic environments to achieve consistent pressure containment through its metallurgical uniformity.

Thermal Energy Systems
- Utilised in high-temperature steam systems to achieve proper assembly by utilising its verified thermal stability.
- Applied in heat exchangers to ensure safe operational integrity by benefiting from its controlled composition.

Alloy 825 Flange UNS N08825 Packing

Alloy 825 Flange UNS N08825 is packaged in protective, anti-static wrapping and secured within foam-lined containers to minimise mechanical impact and contamination. The packaging maintains controlled humidity and temperature conditions during storage. Custom packaging options including vacuum sealing and labelled compartments are available upon request to meet specialised storage and handling requirements.

Additional Information

Nickel-based alloys are extensively used in industrial applications where resistance to corrosion and moderate high-temperature performance are critical. They are engineered through controlled melting and forming processes that ensure uniformity in composition and microstructure. Detailed metallurgical analysis and standardised testing help maintain dimensional and compositional integrity.

Understanding the material characteristics of such alloys is essential in selecting the appropriate components for piping systems, chemical reactors, and thermal equipment. The integration of these materials into system designs results in improved operational performance and reliable long-term service.